HBKU highlights key expertise at Qatar pavilion at COP27

Hamad Bin Khalifa University (HBKU) scientists and faculty made notable contributions as part of the Qatar Foundation delegation attending the 27th Conference of the Parties to the United Nations Framework Convention on Climate Change (COP27) in Egypt. HBKU had a presence in the Qatar Pavilion, hosted by the Ministry of Environment and Climate Change in the Blue Zone.Qatar Environment and Energy Research Institute (Qeeri) and the College of Public Policy (CPP) demonstrated their active engagement in the critical debates at the heart of global efforts on combating climate change. Through presentations and talks, faculty and scientists showcased their distinctive research and academic expertise on environmental sustainability and governance in the region.Dr Marcello Contestabile, Qeeri chief economist, highlighted critical contributions supporting Qatar commitments under the Paris Agreement, focusing on the institute’s work to develop cost-effective pathways for deep decarbonisation in Qatar. Also in focus at a session with Dr Khaled Mahmoud, Qeeri research director, was the institute’s cutting-edge scientific and technological solutions to sustainably manage climate change impacts on Qatar’s groundwater quality.Qeeri strengthened collaboration with regional and global actors on climate change action during the event. This included signing a memorandum of understanding (MoU) with the International Renewable Energy Agency. The MoU formalised joint efforts to exchange knowledge, research, and technologies that advance renewable energy and carbon neutrality.Dr Marc Vermeersch, executive director at Qeeri, explained: "Qeeri’s research and innovation excellence, including our world-class technological solutions, have a pivotal role in Qatar’s climate-resilient, sustainable future. As a national institute, we are mandated to assist Qatar in overcoming its grand challenges in relation to water and energy security, harnessing sustainable energy resources, and diversifying its energy mix."